Chemistry is an historical discipline in the Museum National d’Histoire Naturelle.

 

Le laboratoire de chimie et le droguier du Roy en 1676 - Gravure de Sébastien Leclerc

Le laboratoire de chimie et le droguier du Roy en 1676 - Gravure de Sébastien Leclerc

Credits
© MNHN

 The chemistry laboratory and medicinal drugs collection of the king in 1676. (Sébastien Leclerc )

Chemistry in  the « Jardin Royal des Plantes Médicinales »  (Royal garden for medicinal plants)

Since the creation of  « Jardin Royal des plantes Médicinales » in 1626, chemistry was taught along with botany and anatomy. The subject was taught by a professor with demonstrations that was carried out by a demonstrator. Many of these demonstrators marked the history of chemistry and often  strived to counter the teachings of the professor through their experiences.

In 1647, chemistry teaching was handed over to the Scottish physician alchemist William Davisson: This is was the first free chemistry class  taught to the public in France. Davisson’s successors transformed slowly the laboratory in the Royal garden into one of the highly animated chemistry laboratories of the 18th century. Among them, Guillaume-François Rouelle, also called Rouelle l’ainé was one of the important figures of his time: most of the great chemists belonging to the pre-revolution era such as Bayen, Bucquet, Darcet, Marcquer and especially Lavoisier were formed in his laboratory. Moreover, philosophers Denis Diderot and Jean-Jacques Rousseau  too had followed  Rouelle’s class  in the Gardens and information about these classes are known to us through the notes of Diderot. Later, Fourcroy who  was a “chimiste et conventionnel” taught  Lavoisier’s new chemistry, of which he was a strong proponent in the Royal garden and  in the Museum after 1793 .

Edit du roy

Édit du Roy

Credits
© MNHN
Le jardin du Roy - Gravure de F. Scalberge 1636

Le Jardin du Roy - Gravure de F. Scalberge 1636

Credits
© MNHN

Chemistry in the Museum of Natural History

On 10 juin 1793, the  « jardin de Roy » was renamed « Muséum national d’Histoire naturelle » and chemistry continued to develop with two chairs namely, general chemistry  dedicated to theoretical chemistry and chemical arts dedicated to applications of chemistry.  Later in1850, they were known as «Applied organic chemistry » and « Applied inorganic chemistry » .

Personalities such as Nicolas Vauquelin, Joseph Gay-Lussac, Michel Eugène Chevreul marked both the fields through their work and teachings.  Edmond Frémy, the last professor of inorganic chemistry deserves a special mention. In 1864, period when chemical engineering schools did not exist in France, Fremy created his chemistry school in the Museum that offered free courses and gave greater importance for experiments. He was the one who inaugurated in December 1872, the building situated at 63, rue Buffon where stands the actual chemistry laboratory. Between 1864 to 1892 , after which the school was abolished, more than 1400 students were formed who later became the artists of the chemical industry and university research and the well known  among them are Henir Moissan, first french who was awarded Nobel prize in chemistry (1906), Léon Arnaud, Alexandre Etard, Gabriel Bertrand, Auguste Verneuil, Henri Becquerel, Jacques Curie.

Les cours publics de Chimie par Gay-Lussac puis Frémy

Les cours publics de Chimie par Gay-Lussac puis Frémy

Credits
© MNHN

Chemistry classes for the public by Gay-Lussac and later by Fremy.

Le laboratoire au temps de Frémy (1814-1894)

Le laboratoire au temps de Frémy (1814-1894)

Credits
© MNHN

 

Les cours publics de chimie2.jpg

Les cours publics de chimie par G. Lussac

Petite histoire de la chimie en récit animé

Naviguez à travers quatre siècles d'histoire(s) de la chimie au Muséum racontés dans un long récit animé.

Image
Petite histoire de la chimie

Découvrir le récit animé "Petite histoire de la chimie au Muséum"

Chair of chemistry

Jardin Royal des Plantes Médicinales

List of professors and demonstrators

Chair n°1 Professor

Chair n°2 Demonstrator

Urbain BAUDINOT

1635-1669

William DAVISSON

1593-1648-1651-1669

Guy Crescent FAGON

1638-1672-1712-1718

Nicaise LE FEBVRE

1610-1652-1660-1669

Suppl.: Simon BOULDUC

1652-1686-1695-1729

Christophe GLASER

1628-1660-1671-1672

Suppl.: Antoine de SAINT YON

1695-1707-1715

Moyse CHARAS

1619-1671-1680-1698

Suppl.: Etienne-François GEOFFROY

1672-1707-1712-1731

Sébastien MATTE

1626-1681-1684-1714

Etienne-François GEOFFROY

1672-1712-1730-1731

Simon BOULDUC

1652-1695-1729

Louis LEMERY

1677-1730-1743

Gilles-François BOULDUC

1675-1729-1742

Louis-Claude BOURDELIN

1696-1743-1771-1777

Guillaume-François ROUELLE

1703-1743-1768-1770

Pierre-Joseph MACQUER

1718-1771-1784

Hilaire-Marin ROUELLE

1718-1768-1779

Antoine François FOURCROY

1755-1784-1809

Antoine Louis BRONGNIART

1742-1779-1804

Muséum national d’Histoire naturelle

List of professors

general chemistry

chemicals arts

Antoine François FOURCROY

1755-1784-1809

Antoine Louis BRONGNIART

1742-1779-1804

André LAUGIER

1770-1810-1832

Louis-Nicolas VAUQUELIN

1763-1804-1830

Joseph Louis GAY-LUSSAC

1778-1832-1850

Michel-Eugène CHEVREUL

1786-1830-1889

Chemistry applied to inorganics bodies 1850

Chemistry applied to organics bodies 1850

Edmond FREMY

1814-1850-1892-1894

Michel-Eugène CHEVREUL

1786-1830-1889

 

Léon-Albert ARNAUD

1853-1890-1915

 

Louis-Jacques SIMON

1867-1919-1925

 

Richard FOSSE

1870-1928-1941-1949

 

Charles SANNIE

1896-1941-1957

 

Charles MENTZER

1910-1958-1967

 

Darius MOLHO

1920-1968-1989-2003

 

Pierre POTIER

1935-1990-1991-2006

Great discoveries in Chemistry at the National Museum of Natural History

1710

First use of solvents to prepare vegetal extracts by Simon Boulduc

1773

Urea isolation by  Hilaire-Marin Rouelle

1797

Discovery of chromium from crocoite (lead chromate) and of glucine (beryllium oxyde) from emerald, by  Nicolas Vauquelin

1810-1823

Research on fatty acids by Chevreul. Isolation of cholesterol from  gallstones (1813) and isolation of the main fatty acids from animal fats: stearic acid,  margaric acid, oleic acid, butyric acid, capric acid and caproic acid. Chevreul determined their composition and explained the process of saponification. He developped from this research an important application : the stearic candle (1834)

1832

First isolation of flavones: luteolin and morin, by Chevreul

1835

Isolation of creatin from meet broth, by Chevreul

1839

Publication of the famous law of simultaneous contrast of colours, by Chevreul

1840

Isolation of palmitic acid from palm oil, by Edmond Frémy

1853

Determination of the nature of ozone, by  Edmond Frémy and Edmond Becquerel

1854

Preparation anhydrous hydrofluoric acid by Edmond Frémy. His work will permit the discovery of fluor by his student Henri Moissan, who will obtain the Nobel Prize in Chemistry in 1906.

1864

Publication a method of classification of colours by Chevreul: The chromatic circles.  His classification and theory of colour contrast influenced the Neo-Impressionism developed by Georges Seurat and Paul Signac.

1888

Synthesis of ruby by Auguste Verneuil and Edmond Frémy

Isolation of ouabain by Léon-Albert Arnault and development as cardiotonic drug

1892

Isolation of tariric acid (first acetylenic fatty acid) by  Léon-Albert Arnault

1898

Biochemical preparation of sorbose by Gabriel Bertrand

1907

Development of a gravimetric method for the determination of urea by precipitation as xanthylium salt, by Richard Fosse

1926

Preparation of Solucamphre (camphorsulfonate of diethylenediamine), a cardiotonic medicine, by  Marcel Frèrejacque

 

Published on: 23/01/2018 15:07 - Updated on: 08/03/2024 15:47